Noble metal preparation with stable microwave resistant function and manufacturing process and application thereof
A precious metal preparation technology, applied in the field of precious metal preparations, can solve the problems that did not mention the anti-microwave oven performance of precious metal preparations
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Embodiment 1
[0035] Lustrous Precious Metal Preparations
[0036] Gold-tert-Dodecylmercaptide
30.9% Gold
(30.9% Au)
32.6%
Silver-t-Dodecyl Mercaptan Resinate
(Silver-tert-Dodecylmercaptide)
20% silver
(20%Ag)
5.0%
Rhodium sulforesinate in pine oil (Rhodium sulforesinate in
5% rhodium
1.4%
Silicon resinate, soluble in pine oil (Siliconresinate in Pine Oil)
10% silicon
2.1%
5% bismuth
22%
Aluminum carboxylate in toluene
7% aluminum
2.1%
Zirconium-2-ethylhexanoate
5% zirconium
0.9%
[0037] Gold-tert-Dodecylmercaptide
30.9% Gold
(30.9% Au)
32.6%
Indium trishydroxymethylaminomethane (Tris) compound, soluble in toluene (Indium
acetonylacetonate in toluene)
4% indium
1.8%
5% Nickel
2.1%
Polyam...
Embodiment 2
[0041] Lustrous Precious Metal Preparations
[0042] Gold-t-dodecyl mercaptan resinate (Gold
-tert-Dodecylmercaptide)
30.9% Gold
(30.9% Au)
20.6%
Platinum sulforesinate
10% Platinum
(10%Pt)
4.0%
Rhodium sulforesinate in pine oil (Rhodium sulforesinate in
terpineol)
5% rhodium
1.4%
Silicon resinate, soluble in pine oil (Siliconresinate in Pine Oil)
10% silicon
2.1%
Bismuth resinate in terpineol
5% bismuth
22%
[0043] Gold-t-dodecyl mercaptan resinate (Gold
-tert-Dodecylmercaptide)
30.9% Gold
(30.9% Au)
20.6%
Aluminum carboxylate, soluble in toluene (Aluminum carboxylate in
toluene)
7% aluminum
2.1%
Zirconium-2-ethylhexanoate
5% zirconium
0.9%
Indium trishydroxymethylaminomethane (Tris) compound, soluble in toluene (Indium
acetonylacetonate in toluene)
4% indium
1.8%
...
PUM
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